telemonster
Contributor
Congrats to Matt! Saw the video, and was happy to see it finally became a reality.
As for the great whites...
I noticed the ventilator was kept on the surface. If the ventalator setup was split (inhale/exhale), waterproofed and added to a rebreather setup, wouldn't it be possible to go unteathered? It should be possible to use flow detectors (perhaps optically encoded wheels) to feed a microcontroller to provide a monitoring solution on top of the standard redundant computers on the rebreather. Of course this would bring more risk as it's a longer journey to the surface.
Or it might be easier to take a two hose regulator setup from an open circuit rig, and do the same thing, eliminating the ppo2 and other potential hazards.
Unteathered, Matt and Dad should both be able to enjoy a dive together?
What details am I missing? How complex is the ventalator machine and how much difficulty would it be modifying one to work underwater? Would placement become an issue due to pressure differences?
The technical side of me always kicks in!
Thanks
As for the great whites...
I noticed the ventilator was kept on the surface. If the ventalator setup was split (inhale/exhale), waterproofed and added to a rebreather setup, wouldn't it be possible to go unteathered? It should be possible to use flow detectors (perhaps optically encoded wheels) to feed a microcontroller to provide a monitoring solution on top of the standard redundant computers on the rebreather. Of course this would bring more risk as it's a longer journey to the surface.
Or it might be easier to take a two hose regulator setup from an open circuit rig, and do the same thing, eliminating the ppo2 and other potential hazards.
Unteathered, Matt and Dad should both be able to enjoy a dive together?
What details am I missing? How complex is the ventalator machine and how much difficulty would it be modifying one to work underwater? Would placement become an issue due to pressure differences?
The technical side of me always kicks in!
Thanks